Mobile VCE Strategic Partnership: User Interaction

Lead Research Organisation: University of Bristol
Department Name: Computer Science

Abstract

The ongoing revolution in telecommunications has implications within and beyond the boundaries of the industry, impacting multiple facets of modern life at many levels. We are seeing the beginning of a transition from traditional telecomms services towards an environment supporting rapid provision of more flexible services to meet rapidly changing user demands. We have identified opportunities for new genres of service that could become mass markets of tomorrow. Significant within the consumer space, and reflecting prior research, are personal lifestyle support services, where contextual knowledge of users' behaviour and intentions is combined with new modes of user interaction (with devices, environments and services), to deliver new services that extend beyond simply communications and information. The overall goal of this research is to facilitate new breakthrough services through the exploration, evolution, demonstration and evaluation of advanced user interaction modalities capable of stimulating new markets within the framework of personal lifestyle support. This vision of the future has recognised the need for simple-to-use services and 'invisible technology'. Realisation of this vision requires that an individual user interacts with her personal devices, environment and services in ways that hide the complexity of the technology and the complexity of managing services. Personal lifestyle support services must adapt to the individual user's lifestyle, must be non-intrusive, and require minimal or no configuration. They must also, of course, leave the user feeling fully confident and in control. Today, most user interactions on a portable device are initiated at time of service request and delivery - e.g. dialling a voice call, typing a text message, web browsing. In the future, new types of services are foreseen, which intelligently anticipate a user's intention. Contextual information from a variety of sources, captured by user-owned products, property, or the user's surroundings (collectively, their Personal Distributed Environment) may be harnessed to allow such provision of services. This research programme therefore extends well beyond today's concepts and devices. It aims to identify, implement and demonstrate novel interaction modalities that have the potential to enable a range of new breakthrough services. It will not develop such services per se, but will define a set of usable design principles and tools, and will use these to demonstrate potential tools on which industrial partners can build, enabling creation of new capabilities, services and products.

Publications


10 25 50
Alexander J (2012) Putting your best foot forward
Alexander J (2012) Tilt displays
Cauchard J (2011) Steerable projection: exploring alignment in interactive mobile displays in Personal and Ubiquitous Computing
Cauchard J (2012) m+pSpaces
Jones E (2010) GesText
Marshall M (2012) Ultra-tangibles
Montero C (2010) Would you do that?
 
Description The project explored new forms of displays and devices that can vastly enhance the way a user interacts with computational devices.
The project specifically looked at early forms of shape-shifting and haptic feedback devices.
Exploitation Route The project has served as a stepping stone for many new research ideas that have been taken forward by the PI and others through EU and EPSRC funded projects.

This project helped the PI in establishing the feasibility of a mid-air haptic feedback system that later formed the basis of his ERC starting grant.
Sectors Creative Economy,Digital/Communication/Information Technologies (including Software),Electronics
 
Description This was a networking project that helped establish connections with HP-Labs in India and with NIIT in Delhi.
First Year Of Impact 2009
Sector Creative Economy,Digital/Communication/Information Technologies (including Software)
Impact Types Societal
 
Description Responsive Mode
Amount £335,832 (GBP)
Funding ID EP/J004448/1 
Organisation Engineering and Physical Sciences Research Council (EPSRC) 
Sector Academic/University
Country United Kingdom of Great Britain & Northern Ireland (UK)
Start 02/2012 
End 01/2015